1.0 Source 1 Test Precalc. Data 11-23-04 100.0000 99.0000 97.9000 95.2000 92.9000 86.5000 83.9000 62.5796 Biased sample weight = sample weight * 10000 / (percent passing split sieve * (100+hygroscopic moisture)) = 100.00 * 10000 / (99.00 * (100+0.00)) = 101.01 Meniscus corrected reading = reading + meniscus correction = 44.5 + 1 = 45.50 Effective depth = 16.2950 - 0.2645*meniscus corrected reading = 16.2950 - 0.2645*45.5000 = 4.2602 Fluid viscosity = 0.01732483379693-5.041574656095E-04*temp+8.387438669317E-06*temp^2-7.401129271698E-08*temp^3+2.625994080072E-10*temp^4 = 0.0089 Fluid specific gravity = 0.99991003252+0.00005201921*temp(c)-0.00000751229*temp(c)^2+0.00000003605183*temp(c)^3 = 0.99991003252+0.00005201921*25.00-0.00000751229*25.00^2+0.00000003605183*25.00^3 = 0.9971 k = sqrt(30 * viscosity / (980 * (solids specific gravity - fluid specific gravity))) = sqrt(30 * 0.0089 / (980 * (2.7000 - 0.9971))) = 0.0127 Particle diameter (mm) = k*sqrt(effective depth / elapsed time (min.)) = 0.0127*sqrt(4.2602 / 1) = 0.0261 Percent finer = 100 * specific gravity / (biased sample weight * (specific gravity -1)) * temp. & meniscus corrected reading 100 * 2.7000 / (101.0101 * (2.7000-1)) * 39.8000 = 62.5796 57.8626 Meniscus corrected reading = reading + meniscus correction = 41.5 + 1 = 42.50 Effective depth = 16.2950 - 0.2645*meniscus corrected reading = 16.2950 - 0.2645*42.5000 = 5.0537 Fluid viscosity = 0.01732483379693-5.041574656095E-04*temp+8.387438669317E-06*temp^2-7.401129271698E-08*temp^3+2.625994080072E-10*temp^4 = 0.0089 Fluid specific gravity = 0.99991003252+0.00005201921*temp(c)-0.00000751229*temp(c)^2+0.00000003605183*temp(c)^3 = 0.99991003252+0.00005201921*25.00-0.00000751229*25.00^2+0.00000003605183*25.00^3 = 0.9971 k = sqrt(30 * viscosity / (980 * (solids specific gravity - fluid specific gravity))) = sqrt(30 * 0.0089 / (980 * (2.7000 - 0.9971))) = 0.0127 Particle diameter (mm) = k*sqrt(effective depth / elapsed time (min.)) = 0.0127*sqrt(5.0537 / 2) = 0.0201 Percent finer = 100 * specific gravity / (biased sample weight * (specific gravity -1)) * temp. & meniscus corrected reading 100 * 2.7000 / (101.0101 * (2.7000-1)) * 36.8000 = 57.8626 53.9317 Meniscus corrected reading = reading + meniscus correction = 39 + 1 = 40.00 Effective depth = 16.2950 - 0.2645*meniscus corrected reading = 16.2950 - 0.2645*40.0000 = 5.7150 Fluid viscosity = 0.01732483379693-5.041574656095E-04*temp+8.387438669317E-06*temp^2-7.401129271698E-08*temp^3+2.625994080072E-10*temp^4 = 0.0089 Fluid specific gravity = 0.99991003252+0.00005201921*temp(c)-0.00000751229*temp(c)^2+0.00000003605183*temp(c)^3 = 0.99991003252+0.00005201921*25.00-0.00000751229*25.00^2+0.00000003605183*25.00^3 = 0.9971 k = sqrt(30 * viscosity / (980 * (solids specific gravity - fluid specific gravity))) = sqrt(30 * 0.0089 / (980 * (2.7000 - 0.9971))) = 0.0127 Particle diameter (mm) = k*sqrt(effective depth / elapsed time (min.)) = 0.0127*sqrt(5.7150 / 3) = 0.0175 Percent finer = 100 * specific gravity / (biased sample weight * (specific gravity -1)) * temp. & meniscus corrected reading 100 * 2.7000 / (101.0101 * (2.7000-1)) * 34.3000 = 53.9317 50.0008 Meniscus corrected reading = reading + meniscus correction = 36.5 + 1 = 37.50 Effective depth = 16.2950 - 0.2645*meniscus corrected reading = 16.2950 - 0.2645*37.5000 = 6.3762 Fluid viscosity = 0.01732483379693-5.041574656095E-04*temp+8.387438669317E-06*temp^2-7.401129271698E-08*temp^3+2.625994080072E-10*temp^4 = 0.0089 Fluid specific gravity = 0.99991003252+0.00005201921*temp(c)-0.00000751229*temp(c)^2+0.00000003605183*temp(c)^3 = 0.99991003252+0.00005201921*25.00-0.00000751229*25.00^2+0.00000003605183*25.00^3 = 0.9971 k = sqrt(30 * viscosity / (980 * (solids specific gravity - fluid specific gravity))) = sqrt(30 * 0.0089 / (980 * (2.7000 - 0.9971))) = 0.0127 Particle diameter (mm) = k*sqrt(effective depth / elapsed time (min.)) = 0.0127*sqrt(6.3762 / 4) = 0.0160 Percent finer = 100 * specific gravity / (biased sample weight * (specific gravity -1)) * temp. & meniscus corrected reading 100 * 2.7000 / (101.0101 * (2.7000-1)) * 31.8000 = 50.0008 40.6453 Meniscus corrected reading = reading + meniscus correction = 31 + 1 = 32.00 Effective depth = 16.2950 - 0.2645*meniscus corrected reading = 16.2950 - 0.2645*32.0000 = 7.8310 Fluid viscosity = 0.01732483379693-5.041574656095E-04*temp+8.387438669317E-06*temp^2-7.401129271698E-08*temp^3+2.625994080072E-10*temp^4 = 0.0092 Fluid specific gravity = 0.99991003252+0.00005201921*temp(c)-0.00000751229*temp(c)^2+0.00000003605183*temp(c)^3 = 0.99991003252+0.00005201921*23.50-0.00000751229*23.50^2+0.00000003605183*23.50^3 = 0.9975 k = sqrt(30 * viscosity / (980 * (solids specific gravity - fluid specific gravity))) = sqrt(30 * 0.0092 / (980 * (2.7000 - 0.9975))) = 0.0129 Particle diameter (mm) = k*sqrt(effective depth / elapsed time (min.)) = 0.0129*sqrt(7.8310 / 8) = 0.0127 Percent finer = 100 * specific gravity / (biased sample weight * (specific gravity -1)) * temp. & meniscus corrected reading 100 * 2.7000 / (101.0101 * (2.7000-1)) * 25.8500 = 40.6453 34.5918 Meniscus corrected reading = reading + meniscus correction = 28.0 + 1 = 29.00 Effective depth = 16.2950 - 0.2645*meniscus corrected reading = 16.2950 - 0.2645*29.0000 = 8.6245 Fluid viscosity = 0.01732483379693-5.041574656095E-04*temp+8.387438669317E-06*temp^2-7.401129271698E-08*temp^3+2.625994080072E-10*temp^4 = 0.0100 Fluid specific gravity = 0.99991003252+0.00005201921*temp(c)-0.00000751229*temp(c)^2+0.00000003605183*temp(c)^3 = 0.99991003252+0.00005201921*20.00-0.00000751229*20.00^2+0.00000003605183*20.00^3 = 0.9982 k = sqrt(30 * viscosity / (980 * (solids specific gravity - fluid specific gravity))) = sqrt(30 * 0.0100 / (980 * (2.7000 - 0.9982))) = 0.0134 Particle diameter (mm) = k*sqrt(effective depth / elapsed time (min.)) = 0.0134*sqrt(8.6245 / 16) = 0.0099 Percent finer = 100 * specific gravity / (biased sample weight * (specific gravity -1)) * temp. & meniscus corrected reading 100 * 2.7000 / (101.0101 * (2.7000-1)) * 22.0000 = 34.5918 29.8747 Meniscus corrected reading = reading + meniscus correction = 25 + 1 = 26.00 Effective depth = 16.2950 - 0.2645*meniscus corrected reading = 16.2950 - 0.2645*26.0000 = 9.4180 Fluid viscosity = 0.01732483379693-5.041574656095E-04*temp+8.387438669317E-06*temp^2-7.401129271698E-08*temp^3+2.625994080072E-10*temp^4 = 0.0100 Fluid specific gravity = 0.99991003252+0.00005201921*temp(c)-0.00000751229*temp(c)^2+0.00000003605183*temp(c)^3 = 0.99991003252+0.00005201921*20.00-0.00000751229*20.00^2+0.00000003605183*20.00^3 = 0.9982 k = sqrt(30 * viscosity / (980 * (solids specific gravity - fluid specific gravity))) = sqrt(30 * 0.0100 / (980 * (2.7000 - 0.9982))) = 0.0134 Particle diameter (mm) = k*sqrt(effective depth / elapsed time (min.)) = 0.0134*sqrt(9.4180 / 30) = 0.0075 Percent finer = 100 * specific gravity / (biased sample weight * (specific gravity -1)) * temp. & meniscus corrected reading 100 * 2.7000 / (101.0101 * (2.7000-1)) * 19.0000 = 29.8747 26.7300 Meniscus corrected reading = reading + meniscus correction = 23.0 + 1 = 24.00 Effective depth = 16.2950 - 0.2645*meniscus corrected reading = 16.2950 - 0.2645*24.0000 = 9.9470 Fluid viscosity = 0.01732483379693-5.041574656095E-04*temp+8.387438669317E-06*temp^2-7.401129271698E-08*temp^3+2.625994080072E-10*temp^4 = 0.0100 Fluid specific gravity = 0.99991003252+0.00005201921*temp(c)-0.00000751229*temp(c)^2+0.00000003605183*temp(c)^3 = 0.99991003252+0.00005201921*20.00-0.00000751229*20.00^2+0.00000003605183*20.00^3 = 0.9982 k = sqrt(30 * viscosity / (980 * (solids specific gravity - fluid specific gravity))) = sqrt(30 * 0.0100 / (980 * (2.7000 - 0.9982))) = 0.0134 Particle diameter (mm) = k*sqrt(effective depth / elapsed time (min.)) = 0.0134*sqrt(9.9470 / 43.00) = 0.0065 Percent finer = 100 * specific gravity / (biased sample weight * (specific gravity -1)) * temp. & meniscus corrected reading 100 * 2.7000 / (101.0101 * (2.7000-1)) * 17.0000 = 26.7300 23.1136 Meniscus corrected reading = reading + meniscus correction = 20.3 + 1 = 21.30 Effective depth = 16.2950 - 0.2645*meniscus corrected reading = 16.2950 - 0.2645*21.3000 = 10.6611 Fluid viscosity = 0.01732483379693-5.041574656095E-04*temp+8.387438669317E-06*temp^2-7.401129271698E-08*temp^3+2.625994080072E-10*temp^4 = 0.0096 Fluid specific gravity = 0.99991003252+0.00005201921*temp(c)-0.00000751229*temp(c)^2+0.00000003605183*temp(c)^3 = 0.99991003252+0.00005201921*22.00-0.00000751229*22.00^2+0.00000003605183*22.00^3 = 0.9978 k = sqrt(30 * viscosity / (980 * (solids specific gravity - fluid specific gravity))) = sqrt(30 * 0.0096 / (980 * (2.7000 - 0.9978))) = 0.0131 Particle diameter (mm) = k*sqrt(effective depth / elapsed time (min.)) = 0.0131*sqrt(10.6611 / 123.00) = 0.0039 Percent finer = 100 * specific gravity / (biased sample weight * (specific gravity -1)) * temp. & meniscus corrected reading 100 * 2.7000 / (101.0101 * (2.7000-1)) * 14.7000 = 23.1136 21.0695 Meniscus corrected reading = reading + meniscus correction = 19.0 + 1 = 20.00 Effective depth = 16.2950 - 0.2645*meniscus corrected reading = 16.2950 - 0.2645*20.0000 = 11.0050 Fluid viscosity = 0.01732483379693-5.041574656095E-04*temp+8.387438669317E-06*temp^2-7.401129271698E-08*temp^3+2.625994080072E-10*temp^4 = 0.0096 Fluid specific gravity = 0.99991003252+0.00005201921*temp(c)-0.00000751229*temp(c)^2+0.00000003605183*temp(c)^3 = 0.99991003252+0.00005201921*22.00-0.00000751229*22.00^2+0.00000003605183*22.00^3 = 0.9978 k = sqrt(30 * viscosity / (980 * (solids specific gravity - fluid specific gravity))) = sqrt(30 * 0.0096 / (980 * (2.7000 - 0.9978))) = 0.0131 Particle diameter (mm) = k*sqrt(effective depth / elapsed time (min.)) = 0.0131*sqrt(11.0050 / 240) = 0.0028 Percent finer = 100 * specific gravity / (biased sample weight * (specific gravity -1)) * temp. & meniscus corrected reading 100 * 2.7000 / (101.0101 * (2.7000-1)) * 13.4000 = 21.0695 17.7676 Meniscus corrected reading = reading + meniscus correction = 16.9 + 1 = 17.90 Effective depth = 16.2950 - 0.2645*meniscus corrected reading = 16.2950 - 0.2645*17.9000 = 11.5604 Fluid viscosity = 0.01732483379693-5.041574656095E-04*temp+8.387438669317E-06*temp^2-7.401129271698E-08*temp^3+2.625994080072E-10*temp^4 = 0.0096 Fluid specific gravity = 0.99991003252+0.00005201921*temp(c)-0.00000751229*temp(c)^2+0.00000003605183*temp(c)^3 = 0.99991003252+0.00005201921*22.00-0.00000751229*22.00^2+0.00000003605183*22.00^3 = 0.9978 k = sqrt(30 * viscosity / (980 * (solids specific gravity - fluid specific gravity))) = sqrt(30 * 0.0096 / (980 * (2.7000 - 0.9978))) = 0.0131 Particle diameter (mm) = k*sqrt(effective depth / elapsed time (min.)) = 0.0131*sqrt(11.5604 / 975.00) = 0.0014 Percent finer = 100 * specific gravity / (biased sample weight * (specific gravity -1)) * temp. & meniscus corrected reading 100 * 2.7000 / (101.0101 * (2.7000-1)) * 11.3000 = 17.7676 15.7235 Meniscus corrected reading = reading + meniscus correction = 16 + 1 = 17.00 Effective depth = 16.2950 - 0.2645*meniscus corrected reading = 16.2950 - 0.2645*17.0000 = 11.7985 Fluid viscosity = 0.01732483379693-5.041574656095E-04*temp+8.387438669317E-06*temp^2-7.401129271698E-08*temp^3+2.625994080072E-10*temp^4 = 0.0100 Fluid specific gravity = 0.99991003252+0.00005201921*temp(c)-0.00000751229*temp(c)^2+0.00000003605183*temp(c)^3 = 0.99991003252+0.00005201921*20.00-0.00000751229*20.00^2+0.00000003605183*20.00^3 = 0.9982 k = sqrt(30 * viscosity / (980 * (solids specific gravity - fluid specific gravity))) = sqrt(30 * 0.0100 / (980 * (2.7000 - 0.9982))) = 0.0134 Particle diameter (mm) = k*sqrt(effective depth / elapsed time (min.)) = 0.0134*sqrt(11.7985 / 1485) = 0.0012 Percent finer = 100 * specific gravity / (biased sample weight * (specific gravity -1)) * temp. & meniscus corrected reading 100 * 2.7000 / (101.0101 * (2.7000-1)) * 10.0000 = 15.7235 0.24 32 15 Particle Size Distribution Report Material Description THIS REPORT WAS JUST MADE UP Percent Finer Percent Retained Grain Size in MMs.